25 Nm True Torque direct drive paired with a 300 mm KS Pro GT wheel and customizable 2.99-inch display for PC sim racing.
This bundle combines the MOZA R25 Ultra True Torque direct-drive wheel base with the 300 mm KS Pro Steering Wheel. The R25 Ultra adds 25 Nm output, a 21-bit magnetic encoder and a built-in torque sensor, while the KS Pro brings a 2.99-inch customizable display, extensive RGB telemetry and forged-carbon clutch paddles. The two components form a high-control PC setup inside the MOZA ecosystem, with configuration handled through MOZA Pit House.
Bundle components
Wheel base
The MOZA Racing R25 Ultra True Torque DD Wheel Base uses a zero-cogging flat-wire direct-drive motor rated at 25 Nm with 378 W rated power. A 21-bit magnetic encoder provides 2,097,152 PPR and the USB interface runs at 1000 Hz. The built-in torque sensor measures output at up to 2 kHz with 0.1% stated accuracy. The aluminum-alloy housing has a plastic rear cover and provides ports for power, PC, pedals, dashboard, shifter, handbrake and emergency stop. MOZA also supports iRacing 360 Hz mode through its current force-feedback platform.
Steering wheel
The MOZA Racing KS PRO Steering Wheel is a 300 mm butterfly-style GT wheel with carbon-fiber-reinforced composite construction, a high-strength steel core and TPE soft-rubber grips. Its 2.99-inch display supports customizable dashboards. Ten RGB buttons, two rear buttons, five rotary encoders, two thumb encoders and two seven-way switches provide a dense input layout. Twelve top-mounted rev LEDs and six side flag LEDs add telemetry. Magnetic forged-carbon shifter paddles and forged-carbon dual-clutch paddles use Hall sensors, and the all-aluminum quick release connects directly to compatible MOZA bases.
Mounting and included hardware
The R25 Ultra supports front, side and bottom mounting, with an optional adjustable bracket available separately. The base package provides the power adapter, power cord, data cable and bolt kit. The KS Pro package adds its toolkit, stickers, manual and warranty documentation. Pedals, cockpit hardware, shifter, handbrake, emergency-stop switch and optional mounting bracket are not included.
Software and configuration
MOZA Pit House handles R25 force-feedback tuning, profiles, firmware and supported high-frequency game modes. It also controls the KS Pro dashboard layouts, RGB lighting, button mapping, rev and flag LEDs and paddle functions. The unified software lets both the torque system and wheel interface be adjusted for different cars without changing hardware.
Upgrade options
The R25 Ultra has dedicated ports for MOZA pedals, dashboard, shifter, handbrake and emergency-stop hardware. The KS Pro is compatible with current MOZA wheelbases through the quick release. These optional ecosystem products are separate from this two-component bundle.
Compatibility
Platform: PC. MOZA specifies the R25 Ultra as PC hardware and the KS Pro as compatible with current MOZA wheelbases. This bundle does not include an ESX wheel or other licensed console interface.
Connection and ecosystem: The KS Pro connects to the R25 Ultra through the all-aluminum MOZA quick release and wired conductive slip ring; the base connects to the PC through its data connection.
Requirements: Mount the R25 Ultra using its supported front, side or bottom mounting points. The base power and data hardware are included; pedals and optional mounting accessories are not included.
Specifications
Platform
PC
Drive system
Direct Drive
Maximum torque
25 Nm
Rated power
378 W
Encoder
21-bit magnetic, 2,097,152 PPR
Torque sensor
0.1% accuracy, up to 2 kHz sampling
USB refresh rate
1000 Hz
Wheel base dimensions
248.8 × 140 × 135 mm
Steering wheel
MOZA KS Pro
Wheel size
300 mm
Display
2.99-inch customizable screen
Grip material
TPE soft rubber
Lighting
12 rev LEDs + 6 flag LEDs
Paddles
Forged carbon with Hall sensors
Quick release
All-aluminum MOZA quick release
Software
MOZA Pit House
Please note: we make every effort to display products as accurately as possible. Colours, materials and finishes may vary slightly in real life due to studio lighting, screen settings, ambient light and product characteristics.